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Thermal Insulation

Tips to reduce the heat of your roof

by Editor May 30, 2023

written by Editor

Summers can be troublesome especially if your roof is not insulated. The roof and building stay exposed to the scorching heat of the Sun and get heated. This heats the room which takes longer to cool. The roof is made up of concrete which is a dense material, meaning doesn’t cool down easily. When the day begins to cool, the heat from the roof and walls radiates in the rooms. When the fan is switched on, the hot air from the roof circulates the hot air in the room.

Prepare a shade for your roof
False Ceilings

In buildings that are a work in progress, insulation can be built on the roof. Lightweight foam concrete panels are used to fill in the roof. They are also known as filler slab roofs. The advantages are – there is less consumption of concrete, the structural load is reduced, and the heat retained by the roof is under control.

Ballast Roofing Hire a roof installation service that does ballast roofing. This roofing involves a membrane to be spread over a roof deck with natural stones weighing them down in place. In this roofing system, the stones are used to hold the roof membrane in place while acting as an insulating barrier against the scorching sun. It acts like those old stone houses that stay cooler due to their thick walls. They are mostly inexpensive and can be combined with a rooftop garden to make it more effective.

Ways to Cool Your Roof

Ballasted roofing systems are roofs in which a membrane is laid on the roof deck and held in place by the weight of concrete pavers or natural stones, such as river stones. While ballasted roofing systems don’t meet current Energy Star guidelines for cool roofing options, they do meet the “cool roof” standard for Chicago, which has been one of the earliest adopters of rooftop gardens and other green roofing technologies.
While a rooftop garden isn’t technically a “cool roof,” it achieves many of the same benefits as qualified cool roof products and reduces stormwater runoff to boot.

If you’d rather enjoy the benefits of a cool roof without the addition of new surface materials or coatings, consider a roof mist cooling system. Also called an evaporative cooling system, a roof misting system lowers surface temperatures by spraying an extremely small amount of water across the roof, allowing the water to cool the roof as it evaporates.

You have begun to see a slight increase in popularity thanks in part to newer manufactured tiles containing “cool-coloured” pigments. Developed through a partnership between the California Energy Commission, national research laboratories, and roofing manufacturers, these tiles are produced in earth-toned colours including brown, green, and terra cotta, and many qualify as Energy Star materials for steep-sloped roofs. The cost of these “cool-coloured” tiles is comparable to the cost of traditional roofing tiles

Unpainted metal roofs are naturally reflective (high solar reflectance), but they tend to hold heat in (low emissivity), so they are generally a better choice for steep roofs than for flat or low-sloping roofs, which receive more sunlight throughout the course of a day. A factory-applied cool roof coating can improve the heat releasing properties of a metal roof, enough so that some coated metal roofs are able to qualify as cool roofs.

How to Beat The Summer Heat By Keeping the Roof Cool

Grow a roof Garden

One of the best ways to keep the roof cool is by growing your own rooftop garden with green grass and potted plants. The green roof shades the building from direct sunlight while the mud within the potted plants and the lawn absorbs most of the heat that hits the roof. Before going for a roof garden, make sure that the roof is properly waterproofed so as to prevent any type of water seepage through the external walls or roof slab, which may cause damage to the building.

2. Paints the terraced white

Heat gain can be considerably reduced by turning the roof into a reflective roof surface. How?

Paint the concrete floor with cool roof paints. These paints provide good thermal insulation by reflecting the sun’s rays and keeping the indoors cool. Brands such as Dr Fixit have such products on offer.
A cost-effective way to keep the roof cool throughout summer is by coating the floor with white lime wash, locally known as chuna. One drawback with using lime wash is that it gets washed away during the monsoon season, hence reapplication is required every summer.
For a more permanent solution one can install white ceramic or porcelain tiles on the roof.

3. Add shade

The roof slabs are made of concrete, which is a very dense material – it retains heat for a very long time and then transfers it to the indoors. The temperatures can be controlled by creating shade on the rooftop because shaded areas are cooler than the surroundings.
Go for high walls or trellises along the perimeter of the roof, like in the photo here; this is an interesting way to shade the roof.
Introduce design features, such as pergolas with creepers, to create shade.

4. Go for heat-resistant flooring

Go for flooring materials such as wooden deck tiles or terracotta tiles that do not absorb or transfer as much heat to the lower floors and are comfortable to walk on even during peak summers.

5. Install solar panels

Alternatively, one can cover the roof with solar panels. The solar panels comprise photovoltaic cells and block the heat from hitting the roof, as in his example. Instead, these panels capture the sun’s energy and convert it into electricity.

Note that the whole roof can be covered with solar panels only in multi-storied buildings or apartment complexes where the roof is primarily used for building services.

A cool roof is one that has been designed to reflect more sunlight and consume less heat than a standard roof. Cool roofs can be made of a deeply reflective type of paint, a sheet covering, or highly reflective tiles or shingles.

Thermal Insulation Cool roofing Coating — Solar Roof

Cool roofs can be made of a highly reflective type of paint, a sheet covering, or profoundly reflective tiles or shingles. Standard or dark roofs can reach temperatures of 150°F or more in the summer sun. A cool roof under the same conditions could stay more than 50°F cooler and save energy and money by using less air conditioning.

Benefits of Cool Roofs

Reducing energy bills by decreasing air conditioning needs
Improving indoor comfort for spaces that are not air conditioned, such as garages or covered patios
Decreasing roof temperature, which may extend roof service life.
Reduce local air temperatures (sometimes referred to as the urban heat island effect)
Lower peak electricity demand, which can help prevent power outages
Reduce power plant emissions, including carbon dioxide, sulfur dioxide, nitrous oxides, and mercury, by reducing cooling energy use in buildings.

Deciding Whether to Install a Cool Roof

If you are building a new home, you can decide during the planning phase what type of roof to install and whether it should be a cool roof. If you want to convert an existing roof into a cool roof, you have three basic options:

Retrofit the roof with a specialized heat-reflective material
Re-cover the roof with a new waterproofing surface (such as tile coating)
Replace the roof with a cool one.

Cost and Energy Savings

A cool roof does not necessarily cost more than a non-cool roof, particularly if you are installing a new roof or replacing an existing one. However, converting a standard roof that’s in good condition into a cool roof can be expensive. Major roof costs include upfront installation (materials and labour) and continuous maintenance (repair, recoating, and cleaning). Additional cool roof costs include specialized materials and labour.

Climate and Environment

Your climate is an important consideration when deciding whether to install a cool roof. Cool roofs achieve the greatest cooling savings in hot environments but can increase energy costs in colder climates due to reduced beneficial wintertime heat gains.

Moisture Control

In warm, moist areas, cool roof surfaces can be more susceptible to algae or mould growth than hot roofs. Some roof coatings include special chemicals that prevent mould or algae growth for a few years.

In cold climates, roofs can accumulate moisture through condensation, and it is possible that cool roofs might be more susceptible to accumulating moisture than dark roofs of the same design. Condensation can be avoided using proper design techniques.

May 30, 2023 0 comment

Building Envelope Editor's Pick

Improving Efficiency & Exploring the Suitability of Insulated Concrete Forms (ICF)

by Editor January 28, 2022

written by Editor

Insulated concrete forms (ICFs) are cast-in-place concrete walls that are sandwiched between layers of insulation material. This construction method is known for its high strength and energy efficiency. Some typical applications of ICFs include residential and commercial low-rise buildings. Walls are made from interconnected forms, which stay in place as permanent structures. Traditional finishes are applied to both interior (drywall) and external faces (stucco, lap siding, brick, etc), therefore buildings with ICFs will look similar to typical constructions, only with slightly thicker walls.

Insulated Concrete Forms

The use of insulated concrete forms dates back to the years after World War II when multiple companies developed structures that resemble today’s typical ICFs. In the 1990s, the Insulating Concrete Form Association (ICFA) was founded with several goals. when Swiss engineers began holding cement walls together with treated blocks of wood. After that, the idea was adopted by chemical companies that developed plastic foams.

This was later further developed by Jean-Louis Béliveau to regulate the temperature in his parents’ Florida home. The pursuit of these forms is to be permanent wall supports that create space to run wiring and plumbing, provide thermal and acoustic insulation, and be the interior side for exterior walls.

Conducting research
Promoting product approval
Developing new technologies to enhance this construction method
Achieving acceptance in building codes

The major issue with ICFs was the lack of technical knowledge since installers were not acquainted with the system. Contractors had to work carefully to achieve regulatory approvals and materials were proprietary, leading to much higher costs than conventional frame construction.

Insulated concrete forms (ICFs) and blocks are not new, but their sudden popularity and growth as a building material are. More builders and homeowners are selecting to build with ICFs than ever before, which has led rise to some questions and misconceptions about the material.

Like anything else being put forward for the first time, some home and business owners may be sceptical about using the forms, and some builders who have long worked with wood and concrete, but not ICFs, may be reluctant to use them. These five misconceptions about ICFs and blocks may be keeping you from making the leap to using this innovative product, without you recognising it.

RELIABLE ICF – Our Insulated Concrete Formwork (ICF) based technology is now approved by Min. of Housing & Urban Affairs, Government of India. Specifications of the same will be included in the DSR that is currently under process.

Design and construction with our product RELIABLE ICF for mass housing or other Government projects can be formally adopted in any future projects across the country.

While all future government constructions are to use any one of the new technologies listed by CPWD, RELIABLE ICF is the only one that has the added benefit of being fully insulated (100% insulation on walls and roof).

Reliable ICF

Is the most convenient construction system using lightweight, hollow, “Self Extinguishing” grade high-density EPS (expanded polystyrene) moulded forms inter-locking on all six edges to create a building load-bearing wall shuttering?

These are used as a lost shuttering system (shuttering is not removed after concrete pour) to provide an extremely economic and environment-friendly method of wall construction. This permanent insulated formwork is the shell for a super fast & energy-saving building.

A Convenient construction, Greener, Safer & Faster than the traditional systems”

Reliable ICF is a Convenient on-site technology :

Easily assembled
With minimal components and tools/tackles
Uses minimal manpower of limited skills
Simple stacking of light weight, interlocking, hollow blocks
Wall shuttering with door – window openings created up to 3m roof height at a time
Shuttering filled with reinforced concrete, cures adiabatically (at constant temperature and pressure), without any water even in cold climate (-25⁰C).

Why Reliable ICF

Resource conservation both during & after construction.
A zero wastage formwork system and
Adiabatic concrete curing, uses no water at site.
Saves up to 90 % of HVAC energy
Reduces HVAC capacities by 50%
“Green” or recycled concrete with higher flyash content due to zero thermal stress in concrete monolithic, loadbearing concrete walls
Strong, disaster proof structure
Safe from fire, earthquakes, floods & cyclones cracks free inner concrete core
Ultra light shuttering without heavy equipment for construction ensures zero accidents
Ideal for bunkers, explosion-proof structures
Remote locations, extreme weather conditions

Types of Insulated Concrete Forms Systems

There are three major ICF system designs: flat system, grid system, and post and beam system. All three methods are accepted by codes and have been deployed successfully in many projects. Flat systems are similar to conventional poured walls, with a continuous thickness of concrete through the entire wall. On the other hand, grid systems have a waffle pattern where the concrete is thicker at some points. The post and beam systems have horizontal and vertical elements of concrete that are completely encapsulated in foam insulation.

Pros

Strong Walls

Adding an insulated concrete form has the primary advantage of strengthening a building’s walls. The poured concrete hardens around the ICFs, which then reinforces the wall and reduces its vulnerability to vertical and horizontal forces. Depending on whether the frame of the ICF is flat or grid, the wall can be made even more powerful by the frequency and rigidity of the inner connectors. Unlike a normal cement fixture, the pockets and ICFs between the walls actually increase the structure’s strength and durability

Energy Efficient

One of the most appealing aspects of using insulated concrete forms is that it has the potential to significantly reduce the heating and cooling costs of a particular building. That’s also the most impressive feature of ICF walls; they can release heat in the summer and store heat in the winter. In some instances, ICFs are estimated to save about 20% of total energy costs.

As a comparison, the tightness around insulated concrete form walls is much tighter than those of compatible window and door frames. If your insulated concrete forms have a lifespan of 100 years, with no degradation, a single-family ICF home could save up to 110 tons of carbon dioxide compared to traditional wood-framed homes. CO2 savings that high would create a net positive carbon footprint for the cement and the ICFs.

Sound Reduction and Temperature Stability

Through a sandwich of materials, insulated concrete forms are able to act as a sound barrier, protecting the interior of the house from outdoor noises. When a massive material, in concrete, is combined with a light one like foam, fluctuations in temperature, air filtration, and sound are able be dramatically reduced. The layer of foam that insulates the entirety of an ICF wall helps keep it the same temperature throughout – essentially eliminating “cold spots” that occur in frame walls between insulation voids or around the studs. In terms of sound reduction, walls with insulated concrete forms allow for only one-eighth the amount of sound to be penetrated as that of a wood frame wall.

Cons

Don’t Work As Well In Cold Climates

In theory, these walls act as strong insulators of heat at colder exterior temperatures. However, this doesn’t account for the amount of heat that transfers outside. Insulated concrete forms are designed to transfer heat out of the structure so that outdoor temperatures don’t negatively affect the curing process of the concrete. Therefore, ICFs work much better in more tropical climates where the heat transfer and insulation can keep a home cool during the day while also making it comfortably warm at night.

Could Be More Costly Than Expected

The savings regarding insulated concrete forms is undeniable; however, that’s assuming you have the affordable labour to install it. If you decide to incorporate ICFs into your project’s walls or foundation, you might be looking at overall costs that are more expensive than conventional processes. Insulated concrete forms require specialized labour; if your worksite is located in an area with very few contractors capable of incorporating ICF, then you may want to switch to cheaper methods.

ICF Building Process

ICF construction is often considered less demanding than typical construction. Less-skilled labour can be employed to lay the ICF forms (although careful consideration must be made when pouring concrete to make sure it joins fully and cures evenly without cracking). Unlike traditional wood beam construction, no additional structural support is required for openings, doors, windows, or utilities.

ICF Cost

ICF construction will cost about 40% less than conventional construction, primarily because of the labour savings from combining multiple steps into one step. Above-grade ICF construction is typically more expensive, but when adding large openings, ICF construction becomes very cost-effective.

QUICK AND SIMPLE

ICF forms can be assembled by a modest number of workers. Once the forms are in place, concrete pouring is typically completed in a matter of hours. Since concrete is included within layers of rigid foam insulation, curing can continue while other parts of the project proceed.

Tags: Insulated concrete forms, Insulating Concrete Form Association, Self Extinguishing, curing process, structural support.

January 28, 2022 0 comment

Building Envelope Product Reviews

Cool Tops – High SRI Roof Coating:- Panache Green

by Editor January 24, 2022

written by Editor

Products Specification

Due to rapid urbanization, the global temperature is on the rise & IPCC- an initiative of UNFCCC has warned countries to witness the deadly heat waves & many natural calamities with the rise in the planet’s temperatures by 0.5 degrees also! The intense urbanization is contributing to the development of infrastructure and concrete jungles with elevated surface temperatures up to 70 C high. The urban regions thus experience warmer air temperatures & which contributes to the increased UHI.

Research & studies state the IR radiation component of the Solar power distribution is responsible for heating up the structures. Radiation energy converts into Heat Energy and the temperature of any structure exposed to the Sun is elevated. The use of IR Reflective / High SRI paints & coatings reduces the surface temperatures, stops the heating of the roofs, walls, and pavements controls the heat transmittance indoors, and thus contributes to reducing the indoor and city temperature.

Cool Tops - High SRI Roof Coating:- Panache Green

Technology – IR Reflection Technology

Among all the components of Solar radiation transmitting to earth, almost 58 – 60% of the Solar radiations are of I R Radiations, which get absorbed by the structures and radiation energy converts to Heat Energy heating up materials. The temperature of The Roofs, Walls, Roads, Buildings, industrial sheds, tanks; all built structures (with less reflectivity & emissivity) exposed to the Sun get elevated transmitting the heat indoors and emitting the heat of 60 to 75C in the atmosphere. Any material with high IR Reflective property will help to reflect the IR radiations coming from Sun and STOP heating of the substrate- Roofs/ Walls/ Roads/Non-Roof Areas and reflect the radiations away from a building, reducing the surface temperatures, leading to a reduction in heat ingress indoors and emission of heat in the atmosphere.

IR Reflection Technology – responsible for reflecting precisely the IR wavelength spectrum from the total solar spectrum of Sun radiation. White roofs reflect sunlight, keeping our buildings and cities cooler. For example, a white roof in temperate or tropical regions absorbs about 70% less sunlight than an ordinary roof. White roofs cool the human environment as well as the atmosphere and reduce our need for air conditioning.

Cool roof from Panache is a complete system installed for the best of cooling effects.
Roof cooling and Insulation from Panache provides with the – Cool Roof – Indoor cooling by reflecting the IR Radiation Reduce the ingress of heat generated by solar radiation.
Insulation: Reduce the heat & cold transmittance by controlling the thermal conduction.

Why Cool Roofs?

Increased solar gain, heat stress, hot climatic conditions prevailing through most part of the year, expanding middle class, growing construction sector and increasing per capita income provokes the desperate requirement for thermal comfort and that has obvious visibility in the increased demand of purchase of “thermal comfort” in form of Air Conditioners – the most prominent positive electricity consumer!

A number of international campaigns have recently proposed the use of cool roofs worldwide in order to cope with the summer urban heat island (UHI) effect. In recent studies, many scientists believe that UHI is mainly caused by urbanisation as it can lead to the changing of the landscape from vegetation, sand and water to hard surfaces and building blocks.

COOL TOPS From Panache -The Cool Roof Coating System

Cooler roofs mean a Longer Life of roofs with crack prevention & contribution to indoor cooling! Green Pro Certified Cool Tops – Cool Roof System by Panache is the most simple, efficient, sustainable & economic roof cooling system, providing solar insulation, working on NIR Reflection Technology & Nanotechnology reduces the generation of heat & thus ingress of heat indoors! Cool Tops has the potential to reduce the city temperature by 2 to 3C Adopting Cool Tops is one of the most viable ways to combat Climate Change & Global Warming impact!

Cool Roof by panache is a coating system that is to be applied on any type of substrate that is exposed to solar radiation & the coating reflects the IR Radiation as such & has high emissivity with high SRI or Albedo. Panache has two variants of Cool roof coatings –

● Cool Top Eco
● Cool Tops System

Features for Cool Tops System

Gives smooth & super finish to the surface.
Surface becomes less susceptible to picking up dirt, and is fast and easyto clean.
Has good resistance to manysolvents and chemicals.
It has enhanced penetration into the substrate and offers better bonding.
The system bonds fullyto most substrates, preventing the migration of water.
It is having an anti algae & anti moss effect also.
Cool Tops stop heating of the roofs .

Cooling Treatment Features & Benefits

Reduces Indoor Temperature by Up to 6 to 12 °C
Reduce Surface Temp by up to 18 – 20 °C
AC consumption reduced by up to 35%
Electricity bill cost saving by up to 35%
Reduces Heat Island Effect (atmospheric Temp)
Minimum life of 2 to 7 years
Eco Friendly
Breathable & Washable coating

Benefits of Cool Tops System Tangible Benefits

Cool Tops provide Optimum required Thermal Comfort.
Cool Tops has SRI – 109 ; Reflectivity – 87%; Emissivity – 0.86
Cool Tops reduces above decksurface temperature – Cement substrate by 18-20 Deg. C Metal substrate by 20-25 Deg. C.
Cool Tops reduce Indoor temperature by up to 4 -8 C
Cool Tops has the potential to reduce annual cooling energy use by 5-30% (Levinson et al.2005)
Cool Tops Increases Solar Cell Efficiency by 10-25%
Cool Tops with a complete system has a minimum life of more than 8 years over other conventional products Intangible Benefits
Very Effective on Tin sheds / Asbestos Sheds / Galvanized / Cement Industrial Sheds /Concrete/ IPS / China mosaic etc.
Effective on all types of material -metal,wood, Sintex Water Tanks,concrete, RCC, IPC, Bricks.
Cool Tops reduces the Process Loss by 20% – 30% (reduction in labour productivity/ product quality deterioration) in the Manufacturing Industries / factories
Protects the IPS of roof to develop further cracks by reducing rate of expansion contraction by controlling temp variance
Reduces GHG Emissions by upto 20%
Increases healthy well being byreducing heat stress.

Parameters Features

Technical Spcification

Application Areas All types of Roofs – Concrete, Metal, Asbestos, China Mosaic, Plaster
Application Modes Brush / Roller/ Spray
Coverage 120 Sq. ft./ Kg./ coat for normal smooth surface
Recommended DFT / Coat 150 microns @ 2 coat
No. of coats 2 coats
Dry to touch 30 min.
Recoating Period Min 2 hours – [ 28 – 30º C & 60 + 5% R.H.]
Full Cure Time 9 to 12 hrs. [ 28 – 30º C & 60 + 5% R.H.]
VOC contents Nil / Water Base / Pass the green pro requirements
Heavy metals Nil/ Pass the green pro requirements
Permeability Breathable layer allows water vapor

Cool Top Applications

● Old / New Roofs
● Masonryroofs or facades
● Metal sheets / Asbestos/ Cement roofs
● Rough / smooth / Textured Roofs
● Flat / Slant / Corrugated Roofs

Cool Top Eco

ELASTOMERIC REFLECTIVE PAINT-LIKE COATING – 2 – 3 COATS

● Cool Top Eco is a single component ready emulsion paint-like coating for the cool roofs, applied as a single product and as a final finishing coat.
● Cool Top Eco is Elastomeric in nature, resisting the expansion-contraction of the substrate.
● Cool Top Eco is UV resistant and makes the application possible with economics.
● Cool Top Eco has an Acrylic base with the use of reflective pigments contributing to the SRI Value.
● Cool Top Eco is majorly recommended for DIY use for ease of application.
● Cool Top Eco can be self-primed for better performance

Tags: IR radiation, Solar radiation, urban heat island, Reduces Indoor Temperature, Elastomeric in nature.

January 24, 2022 0 comment

Building Envelope Product Reviews

Polybond LRB Mattress: Thermal Insulation Materials

by Editor November 5, 2021

written by Editor

Polybond Insulation Private Limited Established in 1995, it’s one of the largest Mineral Wool Manufacturer Companies in INDIA. ‘Polybond’ Insulation Private Limited specializes in the manufacturing, Exporter and trading of Mineral Wool Thermal Insulation products like Lightly Resin Bonded Mattress / LRB Mattress, Resin Bonded Slabs / RB Slabs, Pre-formed Sectional Pipe Insulation / SPI, Mineral Wool Building Roll and Superfine Loose Mineral Wool. Since its inception, ‘Polybond’ has succeeded in carving a name for it in insulation products and has built a solid client base in the industry. In 2008, as a part of its capacity expansion drive, ‘Polybond’ set up an additional manufacturing facility named ‘Polybond’ Projects Private Limited in Ramada, Durg, Chhattisgarh State, India. In the year 2012 one more manufacturing facility named ‘Polybond’ Rock fibre Private Ltd was added to the fleet.

As of now, the group is having the largest manufacturing capacity in India with an annual production capacity of 32000 MT catering its products and services to various industrial sectors. The first manufacturing unit of the group is situated in the Industrial Area, Bhilai, the second unit is situated in the Industrial Growth Centre, Borai, Durg and the third manufacturing unit of the group is located at Bakal, Rajnandgaon in the state of Chhattisgarh, India. Centrally located in the country and well connected by road, air and rail transport, the group is able to serve clients from all corners of the country within the stipulated time frame in large volumes.

Polybond Mineralwool Lightly Resin Bonded mattresses are made of fine fibres spun from selected rocks melted at high temperature and bonded with a thermosetting resin. The uniform distribution of fibres, the fine diameter of fibre and flexibility are the unique characteristics of ‘Polybond’ Mineralwool Lightly Resin Bonded mattress. The properties are controlled to form mattresses of predetermined density and thickness. The flexibility of the mattress enable it to be applied to curved surfaces & hence are ideal for industrial boiler insulation, hot air duct insulation, tank insulation.

Applications

‘Polybond’ Mineralwool LRB mattresses are recommended for use in the thermal insulation of large vessels, boilers, machinery, equipment’s, ducts, flanges, valves and plates operation at high temperatures. These mattresses are exclusively suited for wrapping curved surfaces or for cutting to fit over irregular shapes. Mineral wool LRB mattresses are used for both hot and cold insulation to conserve energy, maintain process temperature, provide protection from heat and reduce noise levels. Mineral wool LRB mattresses are used for thermal insulation of large diameter pipe, tanks, boilers, ventilation ducts, Refinery Insulation, ovens, furnace and fire insulation of fire doors.

Standard Availability

‘Polybond’ Mineralwool LRB mattress are available in densities of 80 to 150 kg/m in the size of 1640 x 1220mm and thicknesses are available from 25mm to 100mm.
Other sizes are available on request. ‘Polybond’ Introducing LRB rolls of 600mm (width) and covering 4 sqm and 6 sqm.

The units jointly cover a land area of 15 acres, approximately 40% of which is covered built-up area. ‘Polybond’ works units includes process control sections, stores, raw material stockyard, fully equipped laboratories and warehouses.

‘Polybond’ is an ISO 9001:2015 certified company and its work flare is defined as per ISO guidelines. The group’s essential manufacturing practices are aimed at customer satisfaction include Raw Material Procurement and Testing as per IS Norms, stringent Quality Control checks in in-house Laboratories and Customer Feedback monitored by the entire team.

‘Polybond’ Insulation Private Ltd is a registered member of the Confederation of Indian Industries.

Tags: Thermal Insulation, Mineral Wool Building Roll, Resin Bonded mattresses, industrial boiler insulation, duct insulation, tank insulation, ventilation ducts.

November 5, 2021 0 comment